SMTPB

The YouTube channel of the Society for Modeling and Theory in Population Biology (https://smtpb.org/).

The Society for Modeling and Theory in Population Biology seeks to enhance the community of scientists engaging in mathematical modeling and theory in population biology. SMTPB focuses on scientific topics in demography, ecology, epidemiology, evolution, and genetics, welcoming participation from scientists and students who contribute as modelers and theorists and from those who are focused on applications of modeling and theory. SMTPB was founded in 2023.

Reflections on Modeling and Theory in Population Biology Series: Jim Brown (UNM)

Reflections on Modeling and Theory in Population Biology Series: Jim Brown (UNM)
Reflections on Modeling & Theory in Population Biology Interview Series: Marcus Feldman (Stanford)

Reflections on Modeling & Theory in Population Biology Interview Series: Marcus Feldman (Stanford)
Reflections on Modeling and Theory in Population Biology: Warren Ewens

Reflections on Modeling and Theory in Population Biology: Warren Ewens
Reflections on Modeling and Theory in Population Biology: Joel Cohen

Reflections on Modeling and Theory in Population Biology: Joel Cohen
Reflections on the History of Model and Theory series - Bob Holt

Reflections on the History of Model and Theory series - Bob Holt
Reflections on the History of Modeling and Theory series - Simon Levin

Reflections on the History of Modeling and Theory series - Simon Levin
Theoretical approaches to understanding cultural change in birds and humans

Theoretical approaches to understanding cultural change in birds and humans
Reflections on Modeling and Theory in Population Biology: Joe Felsenstein

Reflections on Modeling and Theory in Population Biology: Joe Felsenstein
Modelling Constant and Stochastically Variable Conformity - Kaleda Denton, Stanford University

Modelling Constant and Stochastically Variable Conformity - Kaleda Denton, Stanford University
Modeling cultural and demographic interactions among prehistoric populations

Modeling cultural and demographic interactions among prehistoric populations
Scaling stochastic molecular dynamics to demographic change in structured populations

Scaling stochastic molecular dynamics to demographic change in structured populations
Maria Orive, University of Kansas

Maria Orive, University of Kansas
A small change can make a big difference: capturing vital rate heterogeneity in Leslie matrices

A small change can make a big difference: capturing vital rate heterogeneity in Leslie matrices
Sally Otto, University of British Columbia

Sally Otto, University of British Columbia
Mark Tanaka, University of New South Wales - Why is facultative parthenogenesis uncommon?

Mark Tanaka, University of New South Wales - Why is facultative parthenogenesis uncommon?
On the fast track: hybrids adapt more rapidly than parental populations in a novel environment

On the fast track: hybrids adapt more rapidly than parental populations in a novel environment
Eco-evolutionary dynamics of costly antipredator behavior: autotomy and offspring burden

Eco-evolutionary dynamics of costly antipredator behavior: autotomy and offspring burden
Daniel Weinreich, Brown University - Modifier Theory: The Population Genetics of Phenotypic Noise

Daniel Weinreich, Brown University - Modifier Theory: The Population Genetics of Phenotypic Noise
Benjamin Peter, University of Rochester - Interpreting principal components analysis

Benjamin Peter, University of Rochester - Interpreting principal components analysis
Carl Bergstrom, University of Washington - The cost of acquiring information by natural selection

Carl Bergstrom, University of Washington - The cost of acquiring information by natural selection
Puneeth Deraje, University of Toronto - The role of epigenetics in evolutionary rescue

Puneeth Deraje, University of Toronto - The role of epigenetics in evolutionary rescue
Troy Day, Queen's University - Modeling the distribution of fitness effects of new mutations

Troy Day, Queen's University - Modeling the distribution of fitness effects of new mutations
PoMo via RevBayes: inferring phylogenies, disentangling GC-bias and balancing selection

PoMo via RevBayes: inferring phylogenies, disentangling GC-bias and balancing selection
Chloe Shiff, Stanford University - Enumeration of rooted binary perfect phylogenies

Chloe Shiff, Stanford University - Enumeration of rooted binary perfect phylogenies
Noah Rosenberg, Stanford University - Enumeration in mathematical phylogenetics: we are not afraid

Noah Rosenberg, Stanford University - Enumeration in mathematical phylogenetics: we are not afraid
Benjamin Allen, Emmanuel College - Nonlinear social evolution and the emergence of collective action

Benjamin Allen, Emmanuel College - Nonlinear social evolution and the emergence of collective action
Daniel Smith, University of Arizona

Daniel Smith, University of Arizona
Joanna Masel, University of Arizona - Fitness: how to get rid of it

Joanna Masel, University of Arizona - Fitness: how to get rid of it
Egor Lappo, Stanford University - Cultural evolution modeling of move choice in chess

Egor Lappo, Stanford University - Cultural evolution modeling of move choice in chess
Sasha Dall, University of Exeter - The evolutionary consequences of learning under competition

Sasha Dall, University of Exeter - The evolutionary consequences of learning under competition